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Home Company R&D

R&D

The KPAC R&D Center supports customers with differentiated technology through innovative technology development and customized solutions.

Korea Polyacetal Research Institute The Korea Polyacetal Research Institute leads the engineering plastics industry by developing high-performance materials such as PA, PBT, and PET based on POM polymerization and compounding technology. It contributes to the technological advancement of various industries through sustainable materials and differentiated solutions, enhancing global competitiveness. Our goal is to be a reliable partner leading future growth through customized technical support and continuous innovation.
Resource
  • Use of over 100 advanced equipments
  • Accumulated material technology developed over many years
  • Injection / Extrusion molding technology
Development
  • Creative and practical product development
  • Customized product development
  • Quality improvement
  • High-performance new materials
Tech &CAE
  • Specialized technical support services
  • Raw material and molded product evaluation support
  • Worldwide technical support services
  • Product and mold optimization through CAE
Analysis and evaluation spectrum utilizing 140 types of equipment

Providing customer-tailored product development and molded product evaluation support with over 140 types of analysis and testing equipment

  • Material analysis
  • Chemical testing
  • Mechanical testing
  • Heat resistance testing
  • Long term testing
  • Surface analysis
  • Rheological analysis
Customer friendly test system

KPAC's unique customer-friendly system that recommends more verified materials by implementing customer part durability evaluation at the research institute

  • H2, UreaPermeation rete
  • ClipIn-ex force
  • Ball BearingDuration
  • GearCreep behavior
  • RollerDuration
  • Extreme temp.Friction & Wear
  • Door CheckDuration
Design Solution (CAE)

Injection condition and design optimization support system for customer convenience

  • Injection molding analysis
    • Cool-Fill-Pack-Warp Analysis
    • Runner balance
    • Deflection
    • Fiber orientation
    • Gate position
    • Cooling channel
  • Structural analysis
    • Vibration
    • Shock/Impact
    • Optimization
    • Air bag
    • Thermal